LECTURE NOTES University of Tokyo ST 2020
1. From Drude to quantum transport
2. From free electrons to strong correlations
3. From two dimensional electron gas (2DEG) to fractional quantum Hall effect (FQHE) and beyond
LECTURE NOTES ST 2019
1) The Current Status of Technology & Moore's Law
1.1 Slides of Lecture
1.2 Extra Materials
2) Quantum Mechanics for Nanoelectronics
2.1 Slides of Lecture
3) Electron Transport on the Nanoscale
3.1 Slides of Lecture
4) Quantum Effects in Nanoelectronics
4.1 Slides of Lecture
4.2 Extra Materials
5) Nanotubes
5.1 Slides of Lecture
6) 2D Materials (Graphene & Beyond)
6.1 Slides of Lecture
7) Quantum Dots
8) Beyond CMOS-tronics
LECTURE NOTES WT 2017-18
1) Status modern electronics
2) Basics of electronic materials
3) Quantum dots, Coulomb blockade, single electron transistors
3.1 Slides of lecture
5) Spintronics and spin-orbit devices
5.1 Slides of lecture
6) Valleytronics, orbitronics
9) Molecular electronics
10) Quantum Computing
LECTURE NOTES ST 2017
1) CMOS
2) Electrons in Quantum Structures - 0D, 1D, 2D, 3D
2.1 Slides of lecture for 2) and 3)
3) Length scales
4) Nanotubes
5) 2D Materials (incl. graphene)
6) Quantum capacitance
7) Localization
7.2 Goodies
8) Aharonov-Bohm effect
9) Phase-transition transistors
LECTURE NOTES WT 2016-17
1.1 Tunneling spectroscopy and BKT transition - 08-11-2016
2. Graphene a) electronic properties
4. Oxide Heterostructures - 13-12-2016
LECTURE NOTES ST 2016
Semiconductors - 2a introduction - 2016-04-05
Semiconductors - 2b epitaxial growth of heterostructures, MBE, PLD - 2016-05-03
Semiconductors - 2c electrons in quantum structures, 2016-05-24
Semiconductors - 2d Quantum Hall Effects, 2016-06-14
Semiconductors - 2f quantum dots, 2016-06-21
Semiconductors - 2h mesoscopic devices (e.g., SETs)
Semiconductors - 2i high speed heterostructure devices
Recommended books for the lecture "Quantum Heterostructures I"
LECTURE NOTES ST 2015
Chapter 1 - Nanotubes 2015-05-05
Chapter 2 - Characterization on the Nanoscale 2015-05-19
Chapter 4 - Mesoscopic Transport 2015-07-07
Chapter 6 - Kondo Effect 2015-07-14
Chapter 7 - Molecular Electronics 2015-07-21
LECTURE NOTES WT 2014-15
Chapter 2 - Fermi Liquid Theory
Chapter 3 - Hartree-Fock Model
Chapter 4 - Density Functional Theory
LECTURE NOTES ST 2014
Chapter 1 Josephson tunnel junctions
Chapter 1.1 Josephson Pi tunnel junctions
Chapter 2 Graphene structural and electronic properties
Chapter 3 Topological insulators
Chapter 4 Oxide heterostructures
LECTURE NOTES ST 2013
Notes 2a Semiconductor introduction
Notes 2b epitaxial growth of heterostructures
Notes 2c electrons in quantum structures
Notes 2i high speed heterostructure devices